@article{oai:oist.repo.nii.ac.jp:00001077,
 author = {Lin, J.-Y. and Smorodin, A. V. and Badrutdinov, A. O. and Konstantinov, D.},
 issue = {3-4},
 journal = {Journal of Low Temperature Physics},
 month = {Oct},
 note = {We present transport measurements in a quasi-1D system of surface electrons on liquid helium confined in a 101-m-long and 5-m-wide microchannel where an electrostatic potential with periodicity of 1-m along the channel is introduced. In particular, we investigate the influence of such a potential on the nonlinear transport properties of a quasi-1D Wigner solid (WS) by varying the amplitude of the periodic potential in a wide range. At zero and small values of amplitude, the quasi-1D WS in the microchannel shows expected features such as the Bragg-Cherenkov scattering of ripplons and re-entrant melting. As the amplitude of the potential increases, the above features are strongly suppressed. This behavior suggests the loss of long-range positional order in the electron system, which is reminiscent of re-entrant melting behavior due to lateral confinement of the WS in the channel.},
 pages = {289--299},
 title = {Transport Properties of a Quasi-1D Wigner Solid on Liquid Helium Confined in a Microchannel with Periodic Potential},
 volume = {195},
 year = {2018}
}